Introduction to Blended Learning for Elementary Schools: Personalizing Math Learning for the K-5 Classroom It’s estimated that over 10.7 million students in the US will take part in blended learning by 2015. If you’re just getting started, this white paper can tell you how blended learning can increase math understanding, what models work best, and steps to get your blended learning math initiative started.
Can we harness computer technology and the World Wide Web for intervention? If so, what types of products would be helpful: drill on procedures, basic fact practice, environments designed to make routine math practice fun, exploration with feedback? Many current computer products on the market offer these things, and more, but are these enough to ensure powerful learning?
The editors of Tech & Learning surveyed 3,000 educators across the nation about how they are using adaptive learning software and systems, the benefits of its use, and future promise for student achievement. Review the Fall 2013 findings in this white paper.
How are elementary students already personalizing learning? What are parents’ expectations for their child’s personalized learning? How well are today’s elementary schools meeting student and parent aspirations? These are some of the question answered in this white paper
By harnessing the power of technology in the classroom, teachers are able to blend traditional classroom lesson plans with digital solutions which boosts productivity for students and teachers. Read about the many benefits of blended learning environments and how it will change the future of learning.
Education has been the same for the last century, but their has been increase use of technology in the classroom which is changing the landscape of education. Learn about how it's being implemented with multiple case studies.
An in-depth guide to what personalized learning is, how it's being used in the classroom, and how it's changing the way future of education.
The 2013-2014 implementation deadline for the Common State Standards is fast approaching. If you are in one of the 46 states or DC that have adopted the CCSS, you will discover some common problems associated with the transition. Learn from the experiences of the Howard County school system as they plan for the first wave of Common Core assessments.
As educators face ever-increasing pressure to improve student achievement, data has assumed even greater importance in teaching and learning models. How can you organize people and processes to reach education objectives with data? This white paper will help guide your efforts to reach 21st century goals for evidence-based and data- driven methods to be more accountable as you personalize student learning.
Educators now have the power to boost student engagement and achievement with an exciting innovation: blended learning. Making the shift to an online environment for a portion of the elementary school day can make teachers more productive and accelerate student accomplishment.
Intelligent adaptive learning is defined as digital learning that immerses students in modular learning environments where every decision a student makes is captured, considered in the context of sound learning theory, and then used to guide the student’s learning experiences, to adjust the student’s path and pace within and between lessons, and to provide formative and summative data to the student’s teacher.
The transition to and implementation of the Common Core State Standards (CCSS) in Mathematics is a history-making opportunity. This get-started guide provides steps principals can use to lead and empower their learning community in greater focus, coherence and rigor in mathematics education.
In this special white paper based upon the Speak Up 2011 national findings, Project Tomorrow has partnered with DreamBox Learning to explore a new concept in the use of technology to personalize learning—intelligent adaptive learning™.
Get a detailed, behind-the-scenes view into the innovative technology in the DreamBox Learning intelligent adaptive learning platform; and learn how it ensures that all students, from struggling to advanced, work at their optimal level and achieve proficiency.
The numbers and needs of English language learners (ELLs) in K-12 mainstream classrooms are growing, and with them come new challenges for educators. With schools under immense pressure to raise the academic proficiency of ELLs, it has become clear that differentiated elementary math programs are needed to support teachers and address the challenges facing ELLs.
Now every student can achieve math proficiency. With the adaptive learning environment, students build comprehension and fluency, and outcomes are improved for all students through highly individualized instruction. Learn what's included in the most effective adaptive learning environments.
Adaptive learning is a promising approach within the Response to Intervention (RTI) model. Adaptive online technology assesses each student's comprehension and tailors individual learning paths, delivering the right lessons, sequencing, scaffolding and more, as well as reports on proficiency and progress.
Learn to understand children's cognitive development and the appropriate math concepts they should be learning at each age from 4 to 8 years old. Teachers can share this guide with parents; it includes tips for family activities so they can support math learning at home during each stage of development.
Consider just how important family involvement is to a student's education. Share this guide with parents, and they'll learn to foster a positive environment for math learning at home, and through many easy, everyday activities, help their children become math literate and prepared for success in a changing world.